<a rel="attachment wp-att-288972" href="http://inhabitat.com/?attachment_id=288972">
</a>Engineers at <a href="http://newsroom.ucla.edu/portal/ucla/ucla-engineers-invent-photovoltaic-210685.aspx" target="_blank">UCLA</a> have developed technology that allows energy gobbling gadgets like smartphones and laptops to convert sunlight, ambient light, and their own backlight into energy. Equipping LCD-enhanced devices with so-called polarizing organic photovoltaics will <a href="http://inhabitat.com/5-smartphone-apps-that-will-help-you-save-energy/" target="_blank">recoup battery</a> loads of lost power, and enable smartphone users to scour Yelp, scan Twitter, and update their Facebook page without fear of draining the charge before a real communication crisis arises.
Liquid crystal displays make up the majority of the display screen market because they render bright and colorful images and are relatively easy to manufacture....<br><br><a href='http://inhabitat.com/electronics-will-charge-themselves-with-energy-harvesting-lcd-screens/'>READ ARTICLE</a>

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Gadgets Will Charge Themselves With Energy-Harvesting LCD Screens-1

<a rel="attachment wp-att-288972" href="http://inhabitat.com/?attachment_id=288972">
</a>Engineers at <a href="http://newsroom.ucla.edu/portal/ucla/ucla-engineers-invent-photovoltaic-210685.aspx" target="_blank">UCLA</a> have developed technology that allows energy gobbling gadgets like smartphones and laptops to convert sunlight, ambient light, and their own backlight into energy. Equipping LCD-enhanced devices with so-called polarizing organic photovoltaics will <a href="http://inhabitat.com/5-smartphone-apps-that-will-help-you-save-energy/" target="_blank">recoup battery</a> loads of lost power, and enable smartphone users to scour Yelp, scan Twitter, and update their Facebook page without fear of draining the charge before a real communication crisis arises.
Liquid crystal displays make up the majority of the display screen market because they render bright and colorful images and are relatively easy to manufacture....<br><br><a href='http://inhabitat.com/electronics-will-charge-themselves-with-energy-harvesting-lcd-screens/'>READ ARTICLE</a>

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Gadgets Will Charge Themselves With Energy-Harvesting LCD Screens-4

<a rel="attachment wp-att-288972" href="http://inhabitat.com/?attachment_id=288972">
</a>Engineers at <a href="http://newsroom.ucla.edu/portal/ucla/ucla-engineers-invent-photovoltaic-210685.aspx" target="_blank">UCLA</a> have developed technology that allows energy gobbling gadgets like smartphones and laptops to convert sunlight, ambient light, and their own backlight into energy. Equipping LCD-enhanced devices with so-called polarizing organic photovoltaics will <a href="http://inhabitat.com/5-smartphone-apps-that-will-help-you-save-energy/" target="_blank">recoup battery</a> loads of lost power, and enable smartphone users to scour Yelp, scan Twitter, and update their Facebook page without fear of draining the charge before a real communication crisis arises.
Liquid crystal displays make up the majority of the display screen market because they render bright and colorful images and are relatively easy to manufacture....<br><br><a href='http://inhabitat.com/electronics-will-charge-themselves-with-energy-harvesting-lcd-screens/'>READ ARTICLE</a>

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Gadgets Will Charge Themselves With Energy-Harvesting LCD Screens

Engineers at UCLA have developed technology that allows energy gobbling gadgets like smartphones and laptops to convert sunlight, ambient light, and their own backlight into energy. Equipping LCD-enhanced devices with so-called polarizing organic photovoltaics will recoup battery loads of lost power, and enable smartphone users to scour Yelp, scan Twitter, and update their Facebook page without fear of draining the charge before a real communication crisis arises.
Liquid crystal displays make up the majority of the display screen market because they render bright and colorful images and are relatively easy to manufacture....